Design Systems, Build Innovations, Engineer the Future of Technology.
The BS in Computer Engineering follows a blended learning model, combining live online classes, lab-based simulations, coding projects, and mentorship—delivering on-campus quality education at your fingertips.
Earn 480 UK Credits across four years, equivalent to a full undergraduate degree. Recognized globally, this program prepares graduates for both industry careers and higher education pathways.
Completed over 48 months (4 years), progressing from foundational computer science and electronics to advanced engineering and emerging technologies.
Completed over 48 months (4 years), progressing from foundational computer science and electronics to advanced engineering and emerging technologies.
Structured into 8 semesters, each semester strategically develops hardware, software, and integration expertise for well-rounded computer engineers.
Accessible worldwide through affordable semester-wise and monthly installment options, making advanced engineering education financially achievable.
The BS Computer Engineering program equips students with the expertise to design, develop, and optimize both hardware and software systems. With international recognition and flexible learning, graduates are ready to lead in technology-driven industries.
Access high-quality engineering labs online with digital simulations, coding platforms, and project-based learning that replicate the on-campus engineering environment.
Study real-world engineering and computing challenges—from microchip design to AI integration—preparing you for practical problem-solving in global industries.
Assessment is project and assignment-driven, focusing on hardware-software integration, design reports, and coding tasks instead of traditional written exams.
The Bachelor of Science in Computer Engineering (BS-CE) is a four-year undergraduate program that bridges the gap between computer science and electrical engineering. It provides students with the knowledge and practical skills to design computer hardware, develop embedded systems, and integrate advanced software technologies.
Students will gain expertise in microprocessor design, digital electronics, computer architecture, operating systems, software engineering, and artificial intelligence. The curriculum emphasizes hands-on experience, preparing learners to innovate in areas such as robotics, IoT, cloud computing, and machine learning.
Assignments, projects, and simulations ensure applied learning, allowing students to work on real-world problems such as smart systems, secure networks, and high-performance computing. By the end of the program, graduates will be well-prepared to design efficient systems that meet the demands of modern technology-driven industries.
Career opportunities include roles such as Computer Engineer, Hardware Designer, Embedded Systems Developer, Software Engineer, Network Engineer, and AI/IoT Specialist. Graduates can also pursue advanced studies in Computer Engineering, Robotics, or Data Science.
With flexible blended learning, this program allows students to balance study with personal and professional commitments, all while gaining an internationally recognized qualification.
Copyright © 2025. All rights reserved.